Pressure and Pascal's principle (Hindi)

[@divyagodiyal5460]

Your voice is very good👍 It attracts the students to listen the concept

[@sanjaybendale5552]

I am 45 years when i saw yours video i completely understood concept of pressure and Pascal theory maine science ka maja liya sir thans to you

[@CODER_GUY]

Amazing voice with underrated explanation this is what students want

[@Mitron153]

Bro your explanation is best and I think no one can explain like you

[@archanachauhan8872]

U r one of the most wonderful teacher I have ever met😊😊😊😊😊😊

[@IshanAnand-p7g]

Bahut Achchha Explanation , Dhanyawad Khan Sir and the tutor 👏👏👏👏

[@misseve1017]

This video cleared up my all doubts.... A big thank you to u tube channel 🙏❤

[@aishwaryamandrwal6337]

Explanation bhot mst..h easy language or quality also too...good ...thnks a lot

[@anojkumar9694]

I have no words to say anything you explain like a pro thanks a lot you 😭😭

[@parthsarathidixit5648]

One of the simplest explanation video

[@moumitadas3062]

Examples and explanation is very much easy to understand... Thanks

[@kashishujjawal1920]

I have no.doubts left after watching this video☺☺☺thanku so.much sir

[@ravinderboora7643]

Thanku sir for clearing my all doubts 😊😊😊✌✌👌👌👌👌👍👍📒📒📒

[@dr.srushti9870]

Ur voice is awesome 👍👍 Ur explainations are to best than anything else

[@ashukumargupta8382]

It is realy best and I understood all those concepts that I need

[@xylegend8263]

thank u bro bohot easily ye chiz samajh liya, once again thanks

[@sksabir3411]

Sir uh are brilliant and your explanation is very helpful and too good thanks sir

[@gnextlegend4909]

Thanks for this video... ❤EASY TO UNDERSTAND 😉

[@gulafsha5255]

U explains very nicely it's easy to understand the concept thanks

[@bevegan_420]

Thanku so much sir ❤️ amazing video

[@er.bikashkumarpanigrahimie1219]

Very knowledgeable channel Jitna ho sake iss chanel ko support krna hi hoga🤓🤓

[@dharmendrakumargujrati7483]

Excellent explanation. Very clear and easy for average student/ engineer. Thank you very much for such a nice video lecture.

[@souravchaubey1]

Very. Nice explanation sir 🙏🏻🙏🏻

[@z.ziya-31]

Thanks very much sir . By seeing your video I am able to understand everything thing very clearly

[@pranavsai956]

thanks for explaining wonderfully

[@jdcreate3074]

Your explaination is too good....as well as amazing👏

[@biswajitsamal9636]

Well defined 👍🔥

[@anilkumartiwari786]

bhaiya bahut accha samjhaya pura topic clear ho gaya keep uploading this type of video

[@shortgameplayff5020]

Sir easy language and logic thanks

[@AayushK108]

Oh man! What a fabulous explaination. Thanks sir for this wonderful video.

[@Ak_Ag]

Nicely explained 😊

[@ZULFERISYAHPUTRA]

Dear Sir............Example Problem : One hydraulic cylinder, the end is connected to the Threaded rod so that it can be rotated. Cylinders with a bore size of 18 mm, 10 mm rod and a stroke of 300 mm single acting in a condition that is filled with oil. How to calculate it

[@robertlewandowski9760]

Good explanation 🔥❤️

[@santoshkumarjaiswal3233]

Wonderful explanation

[@theaffluence1399]

sir thanks a lot I was having trouble in understand but you cleared all my doubts .🙏🙏

[@namrajamal3724]

Yes bhaii bhut acha smjh me aagya aaap..... Keya App chemistry pdhate hi ???

[@anilsharma-ev2my]

Please show works done by Aniroid barometer and it's efficiency relationship with increasing size and maximum possible work in one years

[@ShivamGupta-xe8de]

your explanation is so attractive

[@pinkikhemka9946]

Very good way of explaining😍

[@Sailor_krunal]

Excellent ✨

[@sangitasethy5317]

Sir app explain bahut achhakarteho our apke voice bi bahut achhihe

[@_CHANDRAKANTSAHU]

Its very interesting sir

[@kaifulhasan4619]

Thank u sir...aap bahot accha padhte h...dil khush kr diya sir aapne...bhot bdya...sir ji

[@umeshlodhi7288]

Amazing !

[@jashwanthraana2062]

Tq 4 clear explanation Biya👻

[@affanbhoii6253]

Explanations are nice But, There is no playlist for my physics book's subject ;(

[@shubhojit1780]

Wah wah Ram ji

[@patakotisrinivas1918]

Superb explanation sir

[@_CHANDRAKANTSAHU]

😊maza a gaya

[@VinodKumar-gy7ft]

Beautifully explained.

[@rishabhkhatri]

Please upload class 12th maths. It would be a great help for me😅 And thank you for the quality content.

[@ayushiraj2395]

Very good explanation

[@AGSTREAM]

Kya samjhate ho... Great work

[@shantanuchakraborty2920]

Veryyyyyy well explanation sir..

[@SiddharthKumar-io4fv]

best explanation

[@tmnna112]

Thanks a lot...

[@vineettiwari4422]

Which software you are using please tell..

[@HBHB1]

Ben Tennyson 🤩😍💞🤗🤗☺️ #Ben10

[@priyanshukumari787]

bahut accha bhaiya

[@ajadkumar1904]

You are a great teacher

[@sksabir3411]

Do Pascal's law can apply in the case of solids?

[@nir1012]

no

[@arunimaroy5982]

Hi @aditi sharma

[@sksabir3411]

@@arunimaroy5982 hi

[@Rajesh-xk1up]

Sir agar area jada hoga toa force bhee jada hoga kya

[@nafisaparveen4275]

Good👌👌👍

[@skandabhatta9634]

Bhai coaching bekar hai. Ap itna accha padathe ho. Ham ko bohot interest atha hai subject Mei. Par coaching me tho interest khattha hai..

[@Factsinhindi384]

thanks samjh me aa gya

[@NeetuSingh-yp6fj]

Thanks khan academy

[@itsme9713]

Sir ur voice is nice

[@shivamchaudhary3653]

Wow what a explanation

[@Kissu971]

Keep it up

[@aqsaayyoub8409]

sir jo pressure apply kr rhy hain wo water particles ko shift ho jy gsa kya pressure increase hny sy water particles ki motion or energy pa koi assar ary ga ?

[@mercyislive4156]

Thanks bro luv you

[@anuragpandey2955]

Sir gas mai kya hoga ... Compressible Pascal's law

[@shinkiro69420]

Nahi... Agar har ko jyada compress kiya toh woh liquid banta hai

[@ranjeetchoudhary7298]

Yha pascal's law valid nahi hoga bcoz volume change hoga jo pressure apply krenge usse to vo pressure use ho rha h volume to compress krne me..pascal law is valid only for incompressible fluids

[@madhav9598]

Please some solved related numerical

[@khushidewangan5270]

Nice explanation sir

[@shuaibraza8431]

Very well and good explanation 😙😋

[@anilsharma-ev2my]

Shankha sounds also done according to Burnoulli theorum

[@anilsharma-ev2my]

Admi ki total limits kya hai hydraulic ki terms main weight key according ???

[@madhavipatil4299]

It's too good

[@chandrashekharverma9985]

Very nice sir thanks sir

[@aqsaayyoub8409]

sir jo ap ny first fig draw ki the us k ak end ka area kam tha or 2nd ka zda tha ;A1 ki width kam ha tou water zda pressur sy enter ho ga or A2 ki width zda waha sy jb water nikly ga tu pressure kam ho ga tu how we can say P1=P2

[@ranjeetchoudhary7298]

Velocity km zyada hogi area k according but velocity into area same hoga dono jagah mtlb volume same hoga n pressure point k liye defined hota h to A kam zyada se koi fark nhi pdega F different hogi dono end pe

[@shiulisen8734]

But V1=V2 + V3 if there are 2 outlets so how P1=P2=P3

[@yogendratiwari4663]

Nice knowledge

[@nareshpatidar1120]

Super

[@poojagupta-fv1cz]

amazing

[@himanshicutee2859]

Nice explanation

[@aqsaayyoub8409]

sir i have 2 question please give answer to me

[@nishik11]

👍👍

[@HKSFamily]

Nice video

[@huzaifakhan834]

Nice lecture

[@sapnajadon1812]

Very nice

[@babyaliya1805]

Thanks sir aap stress and strain pr bhi ek video bnaye

[@khanacademyindia]

Ye rahi stress and strain k video Aliya. Sayad ise tumne pehle hi dekh liya ho: kzbin.info/www/bejne/oYLOlICGnrqHm80

[@aqsaayyoub8409]

sir output force itns kiu increase hota ha? how and why?

[@shinkiro69420]

Pressure utna hi tha but force increase hua kyoki area kam tha .... In this case area is inversely proportional to force and vice versa

[@ranjeetchoudhary7298]

Work done k liye F into displacement kiya n conservation of energy lga k dono side of equate kr diya..n pressure hr point pe same hona chahiye to usse balance krne k liye force increase hua bcoz area zyada h to agar force bhi uss ratio me increase nhi hogi to pascal law fail ho jayega

[@xennii1824]

@@shinkiro69420 inversly proportional to pressure hoga na

[@ShivamKumar-je8pw]

Agar dono ko ek sath preasure ho to

[@vipinsaw7785]

Thanks

[@anshikarai8758]

Thanks sir

[@neillunavat]

Thank you

[@RakeshSharma-mb3iv]

👌👌

[@ektqkhare2446]

Saandaar yr

[@funteachingultimateguruji1718]

Fun teaching ultimate gruji search

[@kaleemkakar9315]

❤️❤️❤️

[@aashishbibiyan3370]

nice explanation sir in easy language but sir viscocity be to lgti ha water mae